مواد هافنیوم

99.95% High Purity Iodide Refined Crystalline Hafnium Rod – Premium Material for Extreme Environments Unlock the full potential of your high-tech engineering projects with our top-tier Iodide Refined Crystalline Hafnium Rod. Meticulously crafted to meet the rigorous demands of modern industry, this ...

Factory Direct High Purity Hafnium Hydride Powder CAS 13966-92-2 for Thermal Spraying & Powder Metallurgy Product Overview Premium 0-500um Hafnium Hydride for Industrial Applications We supply high-quality Hafnium Hydride powder specifically graded to 0-500um. This particle size distribution is ...

Hafnium Hydride Powder 📌 Product Overview -0 mesh to +500 mesh. Customized specifications are available upon request. The minimum D50 can reach 1-3 μm. Widely used as cathodes for X-ray tubes and in the manufacturing industry of tungsten filaments. Pure hafnium is highly ductile, easily machinable, ...

High-Purity Hafnium Hydride Powder 📌 Product Overview Our High-Purity Hafnium Hydride Powder (CAS No. 13966-92-2, HfH2) is a specialized interstitial metal hydride engineered for extreme-performance applications. Manufactured under rigorous quality control standards, this fine, dark gray powder ...

📌 Product Overview Our High-Purity 99.99% Iodide Hafnium Rod (Crystalline Hf Crystal Bar) is manufactured using the premium iodide thermal dissociation process (Van Arkel-de Boer process). This high-density, low-impurity crystalline material exhibits exceptional thermal neutron absorption cross...

Product Description: High-Purity Crystalline Hafnium Rod Overview Overview Our 99.99% purity crystalline hafnium rods are premium-grade rare metal materials specifically designed for demanding industrial applications. Manufactured using advanced iodine thermal decomposition technology, our hafnium ...

High Purity Hafnium Metal Powder for Aerospace and Nuclear Industry with Customized Specifications CAS No.: 7440-58-6 Product Overview Our High Purity Hafnium Metal Powder is a premium-grade strategic material engineered to meet the extreme demands of the aerospace, nuclear, and advanced semiconduct...